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#pragma once
#include <yql/essentials/sql/v1/complete/core/name.h>
#include <yql/essentials/sql/v1/complete/core/statement.h>
#include <library/cpp/threading/future/core/future.h>
#include <util/generic/vector.h>
#include <util/generic/string.h>
#include <util/generic/maybe.h>
#include <util/generic/hash_set.h>
namespace NSQLComplete {
struct TIdentifier {
TString Identifier;
};
struct TNamespaced {
TString Namespace;
};
struct TDescribed {
TMaybe<TString> Description;
};
struct TKeyword {
TString Content;
};
struct TPragmaName: TIdentifier {
struct TConstraints: TNamespaced {};
};
struct TTypeName: TIdentifier, TDescribed {
struct TConstraints {};
enum class EKind {
Simple,
Container,
Parameterized,
};
EKind Kind = EKind::Simple;
};
struct TFunctionName: TIdentifier, TDescribed {
struct TConstraints: TNamespaced {
ENodeKind ReturnType;
};
};
struct THintName: TIdentifier {
struct TConstraints {
EStatementKind Statement;
};
};
struct TObjectNameConstraints {
TString Provider;
TString Cluster;
THashSet<EObjectKind> Kinds;
};
struct TFolderName: TIdentifier {
};
struct TTableName: TIdentifier {
};
struct TClusterName: TIdentifier {
struct TConstraints: TNamespaced {};
};
struct TColumnName: TIdentifier {
struct TConstraints {
TVector<TAliased<TTableId>> Tables;
THashMap<TString, THashSet<TString>> WithoutByTableAlias;
};
TString TableAlias;
};
struct TBindingName: TIdentifier {
};
struct TUnknownName {
TString Content;
TString Type;
};
using TGenericName = std::variant<
TKeyword,
TPragmaName,
TTypeName,
TFunctionName,
THintName,
TFolderName,
TTableName,
TClusterName,
TColumnName,
TBindingName,
TUnknownName>;
struct TNameConstraints {
TMaybe<TPragmaName::TConstraints> Pragma;
TMaybe<TTypeName::TConstraints> Type;
TMaybe<TFunctionName::TConstraints> Function;
TMaybe<THintName::TConstraints> Hint;
TMaybe<TObjectNameConstraints> Object;
TMaybe<TClusterName::TConstraints> Cluster;
TMaybe<TColumnName::TConstraints> Column;
bool IsEmpty() const {
return !Pragma &&
!Type &&
!Function &&
!Hint &&
!Object &&
!Cluster &&
!Column;
}
TGenericName Qualified(TGenericName unqualified) const;
TGenericName Unqualified(TGenericName qualified) const;
TVector<TGenericName> Qualified(TVector<TGenericName> unqualified) const;
TVector<TGenericName> Unqualified(TVector<TGenericName> qualified) const;
};
struct TNameRequest {
TVector<TString> Keywords;
TNameConstraints Constraints;
TString Prefix = "";
size_t Limit = 128;
bool IsEmpty() const {
return Keywords.empty() && Constraints.IsEmpty();
}
};
struct TNameResponse {
TVector<TGenericName> RankedNames;
TMaybe<size_t> NameHintLength = Nothing();
bool IsEmpty() const {
return RankedNames.empty();
}
};
class INameService: public TThrRefBase {
public:
using TPtr = TIntrusivePtr<INameService>;
virtual NThreading::TFuture<TNameResponse> Lookup(const TNameRequest& request) const = 0;
};
TString NormalizeName(TStringBuf name);
} // namespace NSQLComplete
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